Physically accurate simulation is the only way to validate autonomous vehicle systems in a realistic timeframe.
Ansys simulation solutions and safety analysis enable a testing strategy to be defined that includes detailed and realistic world modeling and scenario generation that incorporates high-fidelity sensor simulations. From this, software-in-loop (SiL), hardware-in-loop (HiL) and driver-in-loop (DiL) analyses can be performed.
Incorporating high-fidelity physics-based sensor models enables open loop software testing, model coverage and verification of the software implementation against key performance indicators and test plans.
With VR, Ansys provides live interaction between the user, virtual actuators and vehicle embedded software. This captures finger motions and heatmaps, a full cockpit user experience, reflection studies and HUD performance very early in the design process.
Ansys provides RTOS independent vehicle and sensor models on real time targets that provide continuity from design to verification, delivering test reproducibility and analysis of edge and worst-case scenarios.
“Ansys solutions were able to combine everything together and were at the heart of our decision center addressing engineers, designers and for the first time, craftspeople altogether around virtual reality.”
As engineers improve every area of a vehicle — whether a software-controlled headlamp experience or technology ensuring sensors can better avoid collisions — simulation proves a crucial step. Only through simulation can engineers discover the success, or possible missteps, of a new technology, both vetting and improving the system in the same step.
Join us for this free webinar which spotlights how AVxcelerate will help you efficiently and cost-effectively create your ADAS and AV products, expediting their path to market faster than ever.
Learn how Ansys solutions address critical technical challenges in safe system design and autonomous vehicle software development.
Learn how to reduce field operation testing by using physics-based sensor simulation from early design stages up to V&V activities.
